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BEFORE YOU READ THE THESIS TOPICS BELOW, PLEASE READ THE INFORMATION BELOW.THANK YOU!

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CHOOSE FROM THE LIST OF TOPICS BELOW. SEND YOUR EMAIL ADDRESS AND THE APPROVED THESIS TOPIC TO ANY OF THESE NUMBERS-08068231953, 08168759420

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WE CAN ALSO DEVELOP THE FULL THESIS WORK

CALL: 08068231953, 08168759420

PhD THESIS TOPICS AND MATERIALS IN TRANSPORT  ENGINEERING

.Enhancement of public transportation quality by priorization

• Analysis of the combination of priorization methods, elaboration of strategies
• Elaboration of a dynamic priorization model, evaluation of system benefits
• Minimization of expected travel times and increasing its reliability

Application of traffic modelling in the development of intelligent transportation systems

• Comparison of transportation modelling methods and processes
• Developing urban traffic control strategies with dynamic traffic forecasting
• Analysis of factors affecting travel time reliability

Optimization of multimodal travel chains

• Method elaboration for the evaluation of multimodal journey planners
• Analysis of user group needs based on personal preferences
• Organization of daily activity chains using LBS technology

Effects of ITS developments in transport macromodelling

• Human behaviour and personal travel guidance
• Examine location, mode and route choice influencing
• Travelling habits, expected and perceived utilities and regrets

Influencing of road traffic parameters by integrated infocommunication technology

• Safety enhancement through traffic management and information services
• Analysis of traffic management and parking on highways
• Weather dependent control on highways

Connection of passenger transport systems, development of adaptive organizational and management processes in air transportation

• Development of integrated air passenger information system model
• Analysis of time elements of travel chain
• Examination of the role of mobile application in travel chain
• Development of system model for mobile application in air transport
• Development of quality assessment method for air passenger transport

Optimized multimodal route planner development for passengers

• Study of heuristic algorithms (Ant-colony and genetic algorithm)
• Planning on multimodal networks
• Connecting of the individual and public transport

Integration of cycling into the urban transport system

• Analysis of the cycling characteristics
• Evaluation of bicycle transport network rating indicators
• Elaboration of simulation models, developing a computer application

Influencing traveller and operator decision making by integrated telematics service on the basis of mobility needs and service quality

• Quality examination of novel modes of transportation
• Modeling mode choice of traveler
• Development of a decision support application

Vehicles

• Application of bioethanol and biogas in combustion engines, produced by industrial and agricultural waste
• Interaction of vehicle design and construction
• Analysis of hybrid exhaust gas recirculation
• Examination of wetting conditions at interfaces
• Laser joining of plastic and metal materials

Connection analysis and development of the material flow system and the related simulation model

• Analysis of online material flow systems with simulation support
• Analysis of development possibilities of adaptive simulations for predicting material flow systems

Lifting machines’ application in the part-supply of the production logistics

• Safety issues of the lifting machines
• Analysis of new lifting machine constructions in production logistics

Integrational capabilities of material handling system made of autonomous, mobile robots into industrial production systems

• Analysis of the navigation of driverless forklift trucks, their communication with each other and SAP
• Analysis of implementation of mobile robots in the industry

Development of AI (Artificial Intelligence) based Business Intelligence applications in logistics

• Investigation of Fuzzy-Evolution-Neural based algorithms and development of logistics applications based on these methods
• Time series identification and forecasting based on ARIMA modeling & DA
• Investigation of evolutionary computing intelligence methods for stochastic processes

Increasing efficiency of logistics processes supporting production systems by the increase of the control-machine intelligence

• Application of presently applied hardware devices for the implementation of further logistic functions
• Analyzing the question if the efficiency of the production control can be developed by the information from the material flow system

Analysis of construction processes with logistics principles

• Mapping of processes of construction works, searching for optimalization opportunities
• Implementing a pilot system (on board systems, GPS)

Developing urban goods transport by using city logistics solutions

• Creating the mesoscopic model of consolidated urban goods transport. Comparison of alternative solutions with simulation
• Optimalization of supply chain structures. Selection of transport (and handling) technologies

The applicability of intelligent range sensing and modelling methods in the construction automation

• Exploration of new fields of the intelligent sensors, 3D imaging and camera systems usage
• Investigation of 3D models applicability created by CAM-CAD system to the field of 3D object recognition

Non-conventional optimalization methods for increase of efficiency in logistics of service-like processes

• Logistics of services: Logistic at home? In education? In the government processes? In medical attendance?
• Developing new logistic models for different fields, where the main function is not the logistics

The scientific study of lean tools

• The study of paradigms behind lean tools
• Exploring the limits of lean tools
• Applicability of the pull-systems, the kanban system, and the heijunka

Modification of the technical drawing rules regarding the priorities of the 3D modelling

• Technical drawing rules developed for manual drawing
• 2D generating angorithms of the 3D modelling systems do not take into consideration all of these rules
• Approach of the real engineering practice and the rules
• Recommendations towards the software makers and standard assemblers

Elasto-plastic stability of frame structures

• Typisation of loss of stability in elastic and plastic cases
• Computation of stability limits and critical loads

Nonlinear waves in traffic systems

• Acceleration/deceleration of a vehicle platoon element propagates wavelike in the platoon

Traffic and vehicle control

• Accumulator status detection in vehicles for better energy management
• Decreasing of storehouse machine columnvibration with modern control measures
• Optimal following control for UAV tools
• Changeable directed traffic lane analysis on urban transportation networks
• Using LPV method to improve quality parameters of integrated vehicle control systems
• New methods for traffic measurement and control
• Adaptiv speed control based on traffic, environment vehicle dynamics and driver parameters

HOW TO RECEIVE PROJECT MATERIAL(S)

After paying the appropriate amount (#5,000) into our bank Account below, send the following information to

08068231953 or 08168759420

(1)    Your project topics

(2)     Email Address

(3)     Payment Name

(4)    Teller Number

We will send your material(s) after we receive bank alert

BANK ACCOUNTS

Account Name: AMUTAH DANIEL CHUKWUDI

Account Number: 0046579864

Bank: GTBank.

OR

Account Name: AMUTAH DANIEL CHUKWUDI

Account Number: 3139283609

Bank: FIRST BANK

FOR MORE INFORMATION, CALL:

08068231953 or 08168759420

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